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The collectors mispredicted the construction speed of the cluster.

Due to the interference of the Great Destruction, the Star Devouring Giants that the collectors wanted to build did not go smoothly. After being hit by the second Great Destruction Supernova, the unbuilt Star Devouring Giant's remains were destroyed and the supernova exploded.

The collectors who have been thinking about it again and again decided to build separately, and let all the components of the star-swallowing giants have super-light speed capabilities, so that when the devastating strike arrives, the components can leave with the cluster at super-light speed and collect. There is no need to re-manufacture.

The size of the star swallowing giant is very large, and such a structure can't be a whole like a general giant creature.

It is closer to the ripple megastructure, which is composed of multiple large-scale megastructures.

According to the collector's original idea, this giant structure can at least swallow all planets quickly, not only solid planets, but even ‘puffy’ gas giants.

For this reason, the size of the star-swallowing giant must not be smaller than a celestial body with a mass of 1.5912x10^29kg. This mass is a dividing line. Above this are stars, and below this are various planets and those that have failed to nuclear fusion. The giant gas star'brown dwarf'.

So what is the specific volume of a non-stellar celestial body with a mass of 1.5912x10^29kg? Approximately 84 times the volume of Jupiter.

Based on this standard, the star-swallowing giant must hold 84 times larger than Jupiter's volume, and considering the floating error value, the capacity is initially set at 90 times the volume of Jupiter.

The collector first constructed a planetary gravitational ring equivalent to twice the diameter of the Earth, and then constructed a ring-shaped pipeline for storing negative matter for a distance extending back.

As a result, this gravitational ring initially possesses the ability to distort the time and space around itself to travel faster than light.

But this does not mean that the construction of the star swallowing component is completed. The diameter of the ring determines the swallowing capacity of the star swallowing giant. Therefore, according to the original plan, the diameter of the gravitational ring must be equivalent to the diameter of Jupiter 90 times the volume of the celestial body.

Only the gravitational ring, which is twice the size of the Earth’s diameter, is obviously far from the diameter of Jupiter’s 90 times the volume of the celestial body.

Based on this gravitational ring, the circular surface extends outwards. After constructing the supporting structure, the collector constructs a circle of accelerated pipelines to accelerate the contraction of the pipeline, forming a larger-scale gravitational ring on the outer ring of the original gravitational ring. , And at the rear, a ring-shaped pipeline for storing negative substances is also constructed.

After the construction of the second gravitational loop was completed, the Great Destruction came again.

Fortunately, the collectors were well prepared this time, and the cluster went to a new destination together with the gravitational ring under construction, and continued the construction of the star-swallowing giant in the new star system.

When the circle is extended outwards, the outer gravitational ring is constructed. This disk composed of three gravitational rings is exposed, but again, the diameter of this disk is 90 times the diameter of Jupiter, and the structural strength is somewhat unstable. Although it is a combination of three gravitational rings, there is no gravitational ring in the vertical direction of the disk surface to provide support.

At this time, it’s the long gravitational ring to go out. The support is set up in advance, and the laser is used to ensure the straightness of the acceleration pipe. An acceleration pipe of the long gravitational ring passes through the exact center of the disk, along the direction of the radius of the disk. Extend outwards, detour back to the other side of the disc, and connect with the acceleration pipeline to form a closed loop.

When the particles are accelerated and the long gravitational ring shrinks, the two straight gravitational pipes will provide a support for the disk in the vertical direction of the disk surface, and the structural strength is guaranteed.

There are a total of four similar long gravitational rings, making this disk 90 times the diameter of Jupiter a completely stable structure.

It is a little dreamy to say that if those people on the earth who believe in the sky and the round place stand on this disk structure, they will yell and be surprised to tell others how correct they have always insisted on believing in the truth. Xiaofei e-book

As a result, one of the components of the Star-Swallowing Giant is finally completed.

However, the volume of this structure... If you compare this to a plate, then the earth is a soybean in this plate.

The collectors started without stopping to prepare for the construction of additional star-swallowing giant components.

To be on the safe side, even if the stars in the star system do not change, the collectors still decide to leave the star system faster than the speed of light and go to the new destination star.

The collectors who arrived at the new star system once again constructed a gravitational ring. The gravitational ring of a planetary star with a diameter equal to twice the diameter of the Earth is exactly the same as the initial construction of the huge-scale component before.

But the difference is that there is no disc like Baumkuchen, which consists of a circle of gravitational rings. Although it is also a disc, it is a ring-shaped pipe with a structure similar to a snail shell.

This huge ring-shaped snail pipe is based on a gravitational ring and extends outwards in circles to form a disc surface. The diameter of the disc is the same as the diameter of the disc component previously constructed.

The pipe on the second layer of the innermost ring is fixed on the gravitational ring of the innermost ring by a circle of small gravitational rings, which has the effect of reinforcement.

During construction, collectors filled the inner pipe with some negative material to counter the structural pressure from the upper layer.

Similar to the problem encountered by the previous disc, this ring is also structurally unstable in the vertical direction of the circular surface, because nothing can maintain stability in this direction.

Therefore, the collector adopts the same buckle design idea as the previous disc structure, through the buckle long gravitational ring, so that the structural strength of the vertical direction of the circular surface is guaranteed.

This disc structure extends back for a certain distance, and there is a ring-shaped pipe structure. By injecting negative substances into this ring-shaped pipe structure, this component can achieve super-light speed.

Although the volume of this disc component is large, the overall quality is not as good as that of the previous disc. Therefore, according to the formula of mass to balance the negative mass, there is not much negative mass required for superluminal speed.

Due to the scarcity of demand for gravitational loops, the construction time of the latter disc is much faster than the previous one.

After preparing the two most important parts, the collectors began to combine the Star-Swallowing Giant~lightnovelpub.net~ The combination is not complicated. Arrange the two disc parts of the Star-Swallowing Giant, and the round surface is in On the same plane, keep a distance of about 25 million kilometers from each other, and use laser calibration to reduce errors.

Then, on the extended part of the long gravitational ring of the two disc components, a small gravitational ring is buckled at each end. Then, the small gravitational ring is used to buckle the small gravitational ring. The discs are connected as a whole.

That’s right, the appearance and structure are somewhat similar to the chain, except that the chain is connected by a buckle through electromagnetic molecular materials, while the giant parts are connected by a gravitational ring to achieve the buckle connection, which enlarges the small-scale structure to a larger scale. .

Even the use of gravitational links can be entangled into a chain of chains across the stars.

Of course, considering the gravitational force of the gravitational loop itself, the mass of the objects connected at the two ends of such a chain must be greater than the gravitational loop chain itself.

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